package domain.milk;

public class DiphasicCurves {
	double lact1_Phase1_A = 0;
	double lact1_Phase1_B = 0;
	double lact1_Phase1_C = 0;
	double lact1_Phase2_A = 0;
	double lact1_Phase2_B = 0;
	double lact1_Phase2_C = 0;
	
	double lact2_Phase1_A = 0;
	double lact2_Phase1_B = 0;
	double lact2_Phase1_C = 0;
	double lact2_Phase2_A = 0;
	double lact2_Phase2_B = 0;
	double lact2_Phase2_C = 0;
	
	double lact3_Phase1_A = 0;
	double lact3_Phase1_B = 0;
	double lact3_Phase1_C = 0;
	double lact3_Phase2_A = 0;
	double lact3_Phase2_B = 0;
	double lact3_Phase2_C = 0;
	
	
	public double getLact1_Phase1_A() {
		return lact1_Phase1_A;
	}
	public void setLact1_Phase1_A(double lact1_Phase1_A) {
		this.lact1_Phase1_A = lact1_Phase1_A;
	}
	public double getLact1_Phase1_B() {
		return lact1_Phase1_B;
	}
	public void setLact1_Phase1_B(double lact1_Phase1_B) {
		this.lact1_Phase1_B = lact1_Phase1_B;
	}
	public double getLact1_Phase1_C() {
		return lact1_Phase1_C;
	}
	public void setLact1_Phase1_C(double lact1_Phase1_C) {
		this.lact1_Phase1_C = lact1_Phase1_C;
	}
	public double getLact1_Phase2_A() {
		return lact1_Phase2_A;
	}
	public void setLact1_Phase2_A(double lact1_Phase2_A) {
		this.lact1_Phase2_A = lact1_Phase2_A;
	}
	public double getLact1_Phase2_B() {
		return lact1_Phase2_B;
	}
	public void setLact1_Phase2_B(double lact1_Phase2_B) {
		this.lact1_Phase2_B = lact1_Phase2_B;
	}
	public double getLact1_Phase2_C() {
		return lact1_Phase2_C;
	}
	public void setLact1_Phase2_C(double lact1_Phase2_C) {
		this.lact1_Phase2_C = lact1_Phase2_C;
	}
	public double getLact2_Phase1_A() {
		return lact2_Phase1_A;
	}
	public void setLact2_Phase1_A(double lact2_Phase1_A) {
		this.lact2_Phase1_A = lact2_Phase1_A;
	}
	public double getLact2_Phase1_B() {
		return lact2_Phase1_B;
	}
	public void setLact2_Phase1_B(double lact2_Phase1_B) {
		this.lact2_Phase1_B = lact2_Phase1_B;
	}
	public double getLact2_Phase1_C() {
		return lact2_Phase1_C;
	}
	public void setLact2_Phase1_C(double lact2_Phase1_C) {
		this.lact2_Phase1_C = lact2_Phase1_C;
	}
	public double getLact2_Phase2_A() {
		return lact2_Phase2_A;
	}
	public void setLact2_Phase2_A(double lact2_Phase2_A) {
		this.lact2_Phase2_A = lact2_Phase2_A;
	}
	public double getLact2_Phase2_B() {
		return lact2_Phase2_B;
	}
	public void setLact2_Phase2_B(double lact2_Phase2_B) {
		this.lact2_Phase2_B = lact2_Phase2_B;
	}
	public double getLact2_Phase2_C() {
		return lact2_Phase2_C;
	}
	public void setLact2_Phase2_C(double lact2_Phase2_C) {
		this.lact2_Phase2_C = lact2_Phase2_C;
	}
	public double getLact3_Phase1_A() {
		return lact3_Phase1_A;
	}
	public void setLact3_Phase1_A(double lact3_Phase1_A) {
		this.lact3_Phase1_A = lact3_Phase1_A;
	}
	public double getLact3_Phase1_B() {
		return lact3_Phase1_B;
	}
	public void setLact3_Phase1_B(double lact3_Phase1_B) {
		this.lact3_Phase1_B = lact3_Phase1_B;
	}
	public double getLact3_Phase1_C() {
		return lact3_Phase1_C;
	}
	public void setLact3_Phase1_C(double lact3_Phase1_C) {
		this.lact3_Phase1_C = lact3_Phase1_C;
	}
	public double getLact3_Phase2_A() {
		return lact3_Phase2_A;
	}
	public void setLact3_Phase2_A(double lact3_Phase2_A) {
		this.lact3_Phase2_A = lact3_Phase2_A;
	}
	public double getLact3_Phase2_B() {
		return lact3_Phase2_B;
	}
	public void setLact3_Phase2_B(double lact3_Phase2_B) {
		this.lact3_Phase2_B = lact3_Phase2_B;
	}
	public double getLact3_Phase2_C() {
		return lact3_Phase2_C;
	}
	public void setLact3_Phase2_C(double lact3_Phase2_C) {
		this.lact3_Phase2_C = lact3_Phase2_C;
	}
}
